brand



June 2,1931. v a BRAND 1,808,398

CASH REGISTER Filed May 22, 1929 a Sheets-Sheet 1 wuuvt'cn Samuel Brand June 2,1931. s. BRAN D 1,808,398

CASH REGISTER Filed May 22, 1929 3 Sheets-Sheet 2 gin 048141101:

Samuel Brand Julie 2 1931. I 5. BRAND 1,808,398

CASH REGISTER Filed May 22, 1929 s Sheets-Sheet 5 Samuel Brand anama essential elements ofwhichare set Q hlCh accompany and f a part of ,thls Specification. n

r actlonsi f forthin appendedclailns and a preferred form for embodiment of which is hereinafter described with; referen e. t the drawings,

In the drawings-Fig. 1 is a VieW inright thereby Q a Fig.2 is a detailvifiW in right elev aticn of the banker clerkskeys and'tl e 1nechanisrn --for locking the :depressed clerks keys gai st release, during 1 multiple-item trans- Fig, mean we oftheineehanisrn for holding the control shaft in theposition to Which it isadjnsted,lliltiltheend of the 1 'operation. 7

Fig. 4cjisa of thelrnech- I A anis-infto compel 'Ide pression of a clerks key before the machine may be operated.

; Fig: 5 is a fragmentary iew ofthe total control lever and a part"offthe mechanism adjnstedthereby.

r'gae is a detailview'. iii n htie vaeot;

' V of apart of the controlmechanis n adjusted I to enter. amount intotheappropriate'total izer selected*nnder' controlvoffa bank of transaction or controlkeys Iocatedgenerally at uthe right side ofthe-keyboardr The amounts-entered into the nachine are print-. ed by the printing mechanism provided tfor bythe total control lever and the' transaction ba-nktdiflerential inecha'nisnrl. a. FigwZ ,is'a-detailryiew in right elevation j ofjthatfpart cf -therneans for controlling th erk ii ea jing meehan i mi General descrptiong-e' lhe maohinelclisa "closed, in Shipleyfs;application, Serial No. 7

. 687,305, is iproyidedf- With a plurality, of banks of amount keys to control the machine that purpose, and indicators *display the anioi ntsenteredin the machine. 1

The bankof clerks identification keys: is

located, at-the left side of the main keyboard and is slight remo e therefrom; .lfi ans being provided which renders it necessary to depress one of these clerks? keys before the.

' The" keys in the transaction or control bank are arranged in two groups, known respectively, as the single-ite1ir9lgeys and the multiple-item, keys The fsingle-item .keys' control the machine forjtlie-entryv of single-item transactions, and the multipleitem keys control the machine to enable hat-en y: o se ies Qt tems, forming a single, transaction; and to co npel the p rtion, and in effecting this result, resort is had to a new arrangement of existing mech- Atit a tor to take the-total 7 thereof, thereby completing a nultiple-ite1n transaction.

A total control leverris also provided l thegmachine disclosed in Shipleys applica-' tion to condition the machine-for taking totals? and sub-totals from the totalizer or totalizers with hich the machine is prolvided. This total controllever also controls I certain" parts which affect the operation of th prese t vent o as: will he g f th laterr I i V g 7 comprising a right side frame25 (Fig. 7)

2) are slidahly fnioilnted in a frame 31, supported at itsupperendlona crossi rod 32, and at its lower end on astud 33 extending between the left side franlefZG and a printer Each of the clerks keys 30 a laterally, preie ng pm 4 g: w i mp i H The cornponents" of the inachine are 1 I mounted generally on a' lnain frame Work elevation of the bank of transaction. keys. and the differential mechanism controlled" depression off ts key, Wipes along "the-'loev-fl eled edge of ashonlclered'.projection 3 on a 'detent bar 36, slidable ,on'headedstilds 37 and 38 in the k ey franie'. 31; :There areas many projections 35011 the detent bar .36 as past its associated projection, slidesthe de ent ba 36 ten rd the lights-again t "t l tension f its restoring spring 39.1'When lieik y p nw ha pa e the shoulder 011 pm 34 of the depressedkey, and thus retain llate'rQ Individual spri enm shown, return the depressedkeys, as soonas released,

to" their normal .nndepressed positions. a

The upper edge of a control bar 40, (Fig. 4), slidably mounted alongside the detent bar 316, on the headed studs 37 and 38, is

formed with inclined or i camnied; surfaces all in the paths oftherespective key pins fi l of'the clerk s keys .30. Any of thekeys 3,0,yvhen depressed, causes its pin 3%]: to con- .te e co r p ng lined: surface, i l on; the control bar 4:10,v to force the control a owards the. lef i hich adjusted 'p sition it is held by the key pin 34L until the,

thepro ection 3e",- the spring 39vreti1rn'sthe detent bar 36(towards the left to hook the 'sho1ilder ofits projection 35overthe key a w depressed key is released from its detent bar .36 and, restored to its normal undepressed position;

ro ks pewter-clockwise at 19g; 43- piYOted a .r

upper elldlthe control har 4O ca rmam e; on the key frame. l 31: The dog rocks counter-clockwise against l the, tension of i a spring M attached to the tail of; the 'dogL When the depressed' keyBO releasedgand restored to its .undepressed position, the" spring 454 rocks the dogg43 clockwise, re -e storing-the control bar 40 toits normal posi- DTmnsaciion k ei ..The transaction.

1) are slidably niounteds in a key frame 65,

.l the upper end of: which is supported on the crossrod 321aiid its"lowerend supported. on

20 y mates with a detentbar (notshoVYn to retain the key in its. depressed posltionxdur ng.

IP single-item keys to their; normakunde a a cross irod 66 extending between chine side fra1nesf25and 26. 1

Each of the niultiple-itemtransaction 63. and the single-item transaction keys 6i carries a laterally; projecting pin 67 which, upon depression of any of the keys, cooperthe operation 1 of the machine. Depression in the key frame 65, actuatesjthe detentbar (not shown), to release the" depressed mult ple-item or single-item key. These: keys are pressed positionsflwhen released by depression of the releasekey. 68.01 by dGPIBSSlQIl of another transaction key. a

The purpose (if dividing the transaction keys B3 and 64' into. two distinct groupsissto controlYthe, printing qandil paper feeding.

mechanisms with which the machine of the above-mentioned Shipley application is-pfovided, to issue multiple-itemreceipts hav ng. printed. thereon the amounts of a plurality of items andthe totaljthereofyor to;issne receipts having printed thereon the amount ,0: asingle-item transaction. To accomplish this, the groupsjof transaction keys control a differential mechanism to ldifl'erentially' "adjust the controlling means for the printer and paper feeding .mechanisms. The control: of the printers mechanism per .se is not pertinent .tothe present invention, but control of the. paper feed by the transaction flkeysvvill bel referre'd to, because advantage is taken of such variable control to effect the i release of :the. [clerk's keys at different times,

depending upon, whether theniachine is 1 handling a single or a a mu1tiplej itemj trans} zactlon.

Transaction (inferential 1 This differential mechanism," illustrated in Fig. 1 of: thedrawingspincl'udes a difierentially movable armffihfpivotally mounted Ion ahollow stud 7 Osupportedbetween hang- -ers 71, (onlyoneofwhiehis'shown herein), .suitablyysupported on: cross rods 723mm,

sextending between the side .frameslfa and the Ilia- Depression of any one of. the keys*63ior 64 interposes itsinneruend into the path of the-forwardly extending armof an elbow ;-lever 74 (Fig; 1) pivotally, supported at 1 75 ion 1311B freef'end of the i1 difii'erential arm 69.

The other arm of the elbow: lever 274: a and. a link 180, likewise pivotally mounted on the differential arm 69, support a latch 81 which normally connects the differential. arm 69 :to an actuator 82pivoted on thestud 70:

its upper. end connectedbyalink 87 to the actuator 82to1rock-the latter first clockwise an invariable extent of movement, and then counter-clockwise to its home position at each operation of themachine. p

Theactuato1".82,-due to the latch connec- ,tion81, carries the differential arm69 thereof a-release key. 68, also slidably mounted "25 disconnect the latch-81 from engagement with the actuator 82, :which continues its clockwise travel.

. The :dlsengagement elbow lever 74curocks. counterclockwise to. Q

of the latch 81 mm the actuator 82 engages its forward. end i with. the: proper one of a. series .ofnotches .88. formed in the' inner edge of an arcuate bar 89.. having its lower end supported on the cross rod 73, and being secured .at its upper endlby. an upwardly extending arm onythehanger- 71, -to retain-the differentia arm 69in that position atwliich the-elbow lever .74 encounters the inner end ofthe'depressed key, the: actuator 82, as .it continues :itsxtravel',maintaining thelatch 81 in locked tion key 63 or QG'LdepresSed. ,The actuator 82, on its return, encounters a laterally pro restores the arm to; its home position in {a manner wellknown in th s type of machine.

je'cting stud 91 on the differential arm 69 and e .Thedi il'erentially positioned'arm 69, aided -when necessanyby a? roller 92 mounted on movementf toprinting mechanism and iii- ,dlcating mechanism (not shown) throughwa minimum movement beam 93 having its forward end pivoted at194Ftothedifferential the cam lever 85,:trai1s1nitsits differential endsnof'alllink 96,the bean1 extending beneath the stud on which it fulcrums. The upper 'end of the link 96 is pivotally .jconnectedjtoj; a. segment 97 i .mounted on. a

: Apairof cams83 andRS l, fast on a drive y 7 ShEtffQS jammedin the machine aside "framesflfi' and 2.6, and forming a part; of the; indicator positioning .mechaniSin of the 5 machine of the 'Shipley application." The lower end of thelink- 96' is pivoted to an .a'rin 98-fastonrthesendof a sleeve 99 jaurnaledona shaft 105 mounted in the" right sideframe and in the printer side frame 29 (Figw6). a Obviously, thediiferential arm 69.,thro11gh the foregoing connections, differentially rotates the sleeve =99 tovariably position a -26 andin theprinter side frame 29, and

segment :106 (Fig; 6) attached toithe oppo- The segment 106 meshes with 'a segment 107*journaled on a,

site end of the sleeve.

stud 108 supportedin the'left side frame having securedthereto a cam arm 109.- :The

sector 110 connected tosthev segment 107,

" sets up the .type carrier notshown). asso- I ciated with the'row o'ftransaction keys 63 and 64. The differentially positioned cam arm 109 'isalso utilizedto controlothe key locking "mechanism ofth'e present invention, aswillbe described later, and, as set forthin'ithe. Shipley application mentioned above, the cam arm 109 controls the receipt feeding segment 46 to determine the length of the feed, thereby controlling the time of operation of'clerks keyreleasing mecha-Vw nism.

"Transaction key cb-niroZb/i paper feed,-

Theh r n ially positioned cam. arm 109 isprovided' with pl'eripheraledges. 111 and 112 of differentradii toyc'oop'erate withia machinejside framesflo and. 26, projects through a slot in anarm: 120 fast on-the control shaft and also" through the slot in the'loosely mounted arm"114:. V It will be reme'mberedthat in the type of machineto Which this invention is applied," the minimum movement beam 93 and the trains of" mechanism adjusted thereby,

among which are the indicating and print- .ing mechanisms, remain attheendof any operationin the positionsjwhereIlast' ad- Therefore, the camarmQIOQQmay occupy anyof the positions to which it ma be adjusted, and merely for "convenience, the

position.

justed, until differently adjusted on asubsequent operation-of themachin'e.

cam Varni -1Q9jis shown at Ollefllilnit of its adjustment to which it would have been shifted under the Qontrlolof the single-item transaction k y Anarm 148 fast thecontrol shaft 55 carris'a" 147 projectingbe- 149, and 150.

6a in lowest or number 1 tween theadjacent parallel faces .of a; pair ofjcenteringarms 14 9 and 150*journaled on theshaft155, theouter'ends of which 49 pivoted on the control'shaft 55,'al'so}projects between'the pivoted companion arms Another arm 1 of spider lever 49 of a: slot 56 (Fig. 2)formedin a receipt feeding segment 4:6similar in construction and ,identical'in purpose and operation with the feed segment disclosed in Figs.fl27i.29 of.

the above-mentioned Shipley application; The'feed segment 46 is suitably journaled on. the outermost. of a "serieslof tubes, one only being shown, a spring, (not shown) operating to rock the segment clockwise from its normal posit on, and a cam (also not shown) operatlng to restore the segment i centering armsareieonnected by a spring 151 V i which presses the arms agalnst thepm V 147 A stud l52on the; arm 153 of-a spider :lever" y 3 carries a stud 4:7 adjustable intoand out? oountersclockwise to its normal or home posiapplication.

The stud 4:8 is of such diameter relatively to the width of the slot 56" that whenthe stud is tion, all as-fully explained in such Shipley positioned within theslot it limits the travel of the feeding segment 46 so as to enable the latter to impart a single line space feed to the" receipt paper, but when the stud 47 is withdrawn from the slot 56 in the feeding segment 46, the latter is free-to complete a full stroke and impart an extra long advance to the receipt, paper. 1 L

As itis desired to impart" ex'tralong feed tofthe receipt paper on all single- "item entering operationsias' well ason" all total tak ng" operat ons, asfiherjelnaften ex-V plained) itwill be seenlthat the depression merely variously position the high sector 112 (Fig.6) of the cam. arm'l09 relatively to the projection 113 of tlieljslotted arm 114? tohold the latter at one limit of its travel, 7 and because of the floating connection aiford-' edby the stud 115 on the 1ink 116," between the, arm 114 journaled on the conof any'single-item transaction key-64c',"followed by an operation of the machine, will trolshaft55- and its companion arm 12:0 ,1

fast on the {control shaft f 55 the control shaft and its arm 148 are-held at "the clock wise limit of its: oscillatoryitravel.

"The stud 147 on the arm 148, therefore, holds the upper centering arm "149 at its clockwise limit of. travel, and "the latter, 3 through its spring connection 151 with its twinlarm; 150, j draws the "latter to. its clock: 'WiSB-liHlilfOf travel; The arm 150 in shift ing to. such position bears {against the stud 1'52'on the arm 153" of the spider lever, rockling the latter and; the arm 48 thereof to shiftthe stud 4L7iout of'the slot 56 0f the feeding segment 46 and enable the hatter 7 9 47 (Figs. 2 and,3)" on the arm ,ential train of mechanism a leading from difl f'f erential; arm 69 to the intermeshed seg; ments 106 and (Fig.6),to rock thecam,

a shoulder between the high sand-rlowisectors 112 and 111 and restupon the low sector. a v .The control shaft 55, in, rocking counterclockwise, :ycarries with it the arm 148 (Rig and its stud 1 17, the latter of which, presses theiarm 150 counter-clockwise, ten

to impart anextraylong' advance to the re f.

ceipt paper.

depression of any of the multiple item trans; action keys 631(F1g. 1) i a adjusts the differarm 1 09 counter-clockwisefto bring the low sector 1 1 1there0f beneath the, projection 113 on the slotted arm 114, whereupon a spring 121 attached to the arm 120 rocks the latter and the control shaft counterclock wise, T and through the soarin stud 115, draws the slotted arm 114 therewitlucaus -i ing the pr0jec i0ni 113 T H IW; down the 5 tension of the spring to cause the nose 61 thereof; to qcontact a laterally projecting stud 1 62,0111 the detent bar 36 and; shift this ,bar towardsthe right to release thepin 34ofthe depressed clerks key 301mm its shouldered projection 1 35, whereupon ,thew key spring (notxshown) restores the key toundepressed :position. Assoon as the stud 57 clears the l a tail 58, the restoring spring 60 immediately returns the' keyjrelease pawl 59 to its. nor;

sioning the spring 151 ,which draws the is companion arm 149 counter-clockwise, the

arm i lltl pressing against the stud Jl52 v-in the arm 153 of thespider lever 49 torock the latter a counter clockwise and with ,it

the arm j4 8, to shift the stud into the wide slot,5 6 of the feedYsegmentAG, so as l 30 v v single line spacefeedtothe receipt paper,

' Q Automaticmc o ntro l 0f V clerk's" keg sH Oha viously in entering single-item transactions,

to limit the travel of the latter to impart a i it is desirable to shift the detent bar36flto the right to ireleasethe' depressed clerks? key 3 0 nearthe end of each ofsuchsingle-f item transactions, but when, entering multiple-item transactions, it is desirable to retain; the depressed clerks zkeyjin depressed position throughout the entryof two or more such items, which requires "that the detent bar 36 shall not be operated during the entry "of any of the various items forniing the multiple-item transaction, 1 but shall remain effective untilgthe total; taking operation which forms a partof and completes each- V multiple-item transaction;

it To efi'ectthese results,1tisnecessary to, automatically control the detent bar 36 so thatyit will operate athevery singleritem operation to release gthe fdepressed clerks key, and yet remain effective duringtthe entry of the items. constituting amultiple item transaction, tolocl; the clerks' key in a depressed position and prevent the depresa sion of any other clerks key. $11198 it 18 only when the receipt paper receives the long feed, thatis, on single-item enter1ngop erationsl and carom taking operations,

that it is desired to release "the ,clerks key, advantage is taken; of; the movementofthe I feeding segment46 to operate the clerks,

key releasing mechanism. 1,

p 5 ron th k y l am 31;, o k n the, release pawl idly counter clockwise, i the pawl 1 being; returned immediately to its jnor a mal position by the restoringspring at-i tachedftoliits tail, 1

jecting jstud 57 thereon wipes hy the tail ,58 i a l a a a a a a e eyjrelej i g;p wl 59,p ivo a1lysup Operation of the machine following the 57 contacts with theright-hand side of the tail 58 and wipes by this i-tail, rocking the ;key release:pawl-59 clockwisegagainst the mali position; ,The short clockwise movement of; theliseg-ment 46 under control of the stud 17,,to linespacethe receiptpaper pawl, and consequently, thekey releasing pawl 59 isinot] displacedf on .operationsl have been depressed; j yl wherein the multiple-item;transaction keys'i v "Q Total controllver.,-A ,total control lever i 122 (Fig. 5) such as is provided in the'ShipQ ley application, Serial N 0. 687,305, mention- 1 ed above tol condition the machine for taka ing, totals, and subtotals from the "totalizer operation oflthe ina fter set forth.

1 The total control lever: 122 Fig; 5 pidj;

ects radially from a substantially circular control disk 123, shown partly broken away for cle'arness, having its hub 124 journaled" one stud 125- projecting inwardlyfrom the 1 right side frame25 of the machine, and has a plurality yof positions to which it fmaylj be adjusted to control the register in the a performance of its various functions, s'uclil as adding, total-taking and sub-total takingf Movement of thetotal controllever 122 from its adding positionijto any tine of its total I v a r orsub-totaltaking,positionsQsetsup a con Whenthefeeding segment lfirocks clocka wise itsfull extent of travel, a laterally pro dition whereby, upon operation of the maeleekwieetb ptepefe the feetling hiech'ihis'rh eeufiemloekwise. A spring .136 holdsqam tofiif eedthe reeeipts out, bf the me-thine.

pdsitiehs; ,cein S161: 126 (Fi'ga 5) therein eating; st'lid 127 in an a m 1286f lever 129 pivoted at 135, rocks the lever 129 7 side fireflies 26. I

operative -i-elatioh with en rm138 of the "lever 129 to fem clahis'iotls ehreugt which pfojeets tstud 140- am .141 fast 611 a shit-ft 119 jeumaled in themein The lever me ber; reeked eounter-el ek wise, epe'retes through the cam-slat 1-39 to rock the term 1141' and shift -119=s1ight1y ele kwiee, with them the lever 18 (Fig;

1 6f {fest "en the shaft 119 hear 'thel bahk (it I (3 er'ks" keys to slide e foiked link 14-3, pivoted to enea'rm qf-theleve'r 118 the direction of 7 its leiigth' tcswatds the "cthtrel ete a mt ltiple-item the ermjiee is in 7 its extfeme"EOimtei-dtickWise ijositiehyehd t it erm-1et8-(Fig= 3) fast (iii the cdiitrhl sh'z'zft totem-to drew the twin 15011 "Melly agaihst the Stud-152 611 the film-1B3 ef the spider'ievef 49 piv'kitefd the eeneeei shee 553N101? therewith td pfess the stiid' 147 to rock the spider lever in leekwiee digestion:

on theeim 4'8 efthe spideti'ever fr'in the slat 56; As wellekrrown", eec etfly set forth in'the Shipley applihit-ti'efifefeffi'ed to; a itdtahtetki ig operation in Ina-chines 6f the eia'ss .dislosed herein cohsis'tsbf two cycles; o fbpemtioni During the fifstcycle of the tqtalteking'"operatiqn the paper is v given a short .feed to space the last hprinted .item fi'om the totals Therefbre; since the stild 4J1 ehgtteeem ts of the espide r levee,

'is' hbt tvithdiwh hem the s16t56 by the nt 6% the Ieiref 122, the stud efieet stein ,;feed. Therefore i 173 Wheii the machine fittest.

I-eeeipe peper shaft 119 "an additieh'eli "distenee later i "in I the total taking operation;

The menta eleekwi eqmevemeee (Fig. i

6) impettedte the lever- 118w the rebel ever 122; also" lowei's thief iifik 116 which" draws th'eflehtiiig stud downwirdlyiii l the slot of theccmpanioh ar'ms 114 ai1d due to the coht'eurqf the slot the ai m 114, reeks: this *aihi clockwise 'aLbOutfl A the cntrbl shaft 55 to' 1 2188 the projection withhold the projection .118 fiorh co'op'eri tive relation with the cam :erm 109 during. N

the total taking operation, asthe cam aim is diffeiehtially aetuated twice OI1 S11Ch opei-etione,-'oneje oil-the firstcy'cle and once on the sieeend cycl "Pinion 176 (Fig; 7 joiitfitied et 177 end dfiten ffbm e huidle 175, and piliiciii 174efasten the driveshaft 7 9, mesh With a large recessedgeai 173 joufnsiled one stud 162 pijec'tihg from the side frame. I Either piniqn may be used to rotate the gear 173,"

which is given One-half bf 23, rotation at each adding eopemtioh (if the Ihztchine, end

coinplete rotation at each teteling opera 31011 of the machine;- in the Well-known ihan-f nei' co'mmonjih machines of this typeg A eem disk 16% also jelirfiztledien the stud 162 in front of and of less "diameter that the drive geerklm; fits-in the recessthe ear and has e eemggreeve 1'63 fjrnied in its diitei' face; the i'nhei' W611 of the caine g1"66Ve* havi1 1g a laterally extend-f 111; seat 159. pie-men 161 longitudinally slotted intefmediete its e-i'id'stb' embrtde the stud 162, extet e diemetrieeuy eerese the he; of the eeeeetek 164 en cafi'ies e r011 F011 its meet ieee fierme iy eeeemme d'zited in theflseit 15 9. e V i cbtphng-sme 171, is shiftLb'I'ee-Mhg a dianietiic'dllj aei'essthe rear face bf the Cain disk 164, due efld )Of the coupling slide .hav-' ing; an'out tiifiiedlip nOrii'IaLI-lj lying way 158 "(shown in "deeeee lines) formed within the iene fetse pefiphery of the td enable the lip 17 O to be embraced btweeh spaced pins prcjectii'igrifiwh rdly 'ffoih the pitmee,1e1-,ehe releti'ofl of the ee-in disk 1' 4 anddi-ive'gear 173 being Stet then the effective endf theeeuplihg slide 171 lies wall of the central recess in the ei eme'ente, therebeing two diametrfce-Hy uppdsed 'netehe'e 172 iil 'th'e drive gear so geee 173, one 01% the other 6f zsiicli nbtchs lies -opposite the efiettit e of the: cotone arm ofa lever 165pivotedat 166, a

' link 167 connecting the opposite'arm of the lever with. a crank 168 fast ongthel shaft through the link 167and lever 165,draws 119 controlled by the totalllever; v

i It will be remembered thatmanual ad justment of thetotalcontrollever 122from its add. position, in which it is' shown in Fig. .5, to anyone of its total taking posi-i tions, rocks the shaft 119 slightly clocka wise. This movement of the shaft 119,

the pitman ;161 towards the left, as viewed inFi'g. 7, to withdraw the roll 160 from its? seat 159 into the cam groove 163. The pitman 161also draws thecouplingslide 171 towards the left to insertthe effective end thereof partway 1 intoythe notch. 172 in the I drive gear 173 to connect the gear andthe.

disk 164 draws thepitinan. 161 towards cam disk 164 unison. v 7 a N ear the 'endof the first cycle ofa totaltaking operation, the cam groove 163 in the a disk 164 imparts anadditional movementtojwards "the left to the pitman .161. wThen nearthe end of the second cycle, thecam the. right; to itsintermediate position. u The additional movement to, thenleft, imparted to. the pitman161by tl efc'ontour of the cam groove 163, causes .thefpitman to rock the lever 165, and,ithrough the link 167 v and crank 168,1 rocks the shaft11 9 and the bell crank lever118 (Fig.6) farther in clock- Wise direction. .The bellfcrank lever118, in

turn, thrusts thdslotted, link 143. farther towards the right. to press the projection 1'45fagai-nst the arm1461andrrockthecons;

f trolshaft 55. and fits arm 14 fartherin clockwise direction,and the arm148 through the yielding connection. -heritofore=ifX5 "plained, rocks the spider lever [49fartherjn clockwise direction to disengagethestudi47 segment 46 to make its maximum clockwise:

(Fig.2) fromthe slot 56, and free the feed;

travel. This additional clockwise movement of the bell crank lever 118 (Fig. also lowers the link 11 6fwhich draws the floating stud 11 5 downwardlyin the slots of the com; panion arms 114 and 120, but this movement of the floating stud 115 isanidle one since the lower straightends ofthe slots in the companion arms .register with each other, they having previously been brought. into] such relation by. themanual movement of 7 i the total lever, as herei'nhefore described 1 In the latter half of. the second cycle of the total takingoperation, the cam disk 164 (Fig.7)frst0res the pitman 161 to theright to itsintermediate position. And the pit man, through the lever 165, link, 167 and. Y

arm 168, rocksthefshaft 11.9and the bell crank leverf118 (Fig. 6) lcounter-clockwise to their intermediate positions to draw the. slotted link 143 towards the left,yreleas1ng C the arm ,l46uandthecontrol shaft. for

so that they] shall. rotate in partial restoration... However, at this time,"

the receiptfeeding segment46 has not com-1 pleted its counter-clockwise or feeding op eration, 'for which reason it is necessary to.

delay the fcountereclockwise movement orethe. spider lever 49 to. prevent interference of. the stud 47 with the feed segment 46 as the segment" returns to its home position, Mechanism is therefore provided, to delay the counter-clockwise movement of the control shaft 55 and of the spider lever 49 unoperation. i a A third arm 17.8 (Fig. 3) of the spider lever 49} carries a stud 179 adapted to cooperate with a tail 185 onthe-upturned end of a pitman X186 pivotally connected to ,a supporting arm 1 8 7 and slotted near its opposite end to. embrace and. be supported, by the drive shaft..79, as viewed in Fig. 3. The.

til quite near the end of the total taking supporting armg187 is journaled on a cross rod 188 which passes through a clearance opening inlfthepitman 186. A pair of cams 189 and 190, fast onthe driveshaft79,are given one complete rotationin a clockwise directionyat each operationof the machine.

projecting from the pitman186. The cam; 190 cooperateswith a roller 192 projecting from an arm 193 pivotally supported on the .pitman. The roller 192 projects through a concentric slot 194 in the pitman, and a. spring 195 attached to the tail of the arm holds theroller yieldingly in contact with the peripher ofthe cam190JkThe purpose The cam 189.cooperates with a'roller .191 i i of this yiel mg constructionlis to .prevent damageto themechanism should the tail 185 i n catch and hehheld by the stud 179 as the pitmaniis moved towards theright. I. When the control shaft 55rocksclockwise,

at the beginning of the total taking operation under the influence of the mechanism. ,disclosedin Fig. 7, the stud 147 (Fig. 3) on the arm 1 48, fast .on the control shaft 55,

carries the arm 149, therewith and tensions the spring 151 to rock the companion arm spider lever 49-in its adjusted position, to

prevent the spider lever from rocking counterclockwise. The spider .lever, in turn, byreason of thexstudr 152 on its arm 153 ;.projecting beneath the arm 148. fast on ihecontrolshaft 55, holds this arm and the control shaft 1x55 likewise against counterclockwise movement until the cams 189' and Q-S ift h ritmnls t m e,

:oflan electriccircuit to energize the? rivel motorfim i i 198 onfa restraining arm 1199 smountedon .the releasesha'ft 196," to \lock the i release:

shafttlbiit" unlike the prior art, the restrain ing arm 199 is journaled on the releaseshaft 196 and carries [a stud 200 projecting across i it onflthe release shaft 1196161 prevent fclock-I wise or releasing, movement of thisfl shaft. A spring? 203 coiledl abgiut the release shaft 196 and having oneend thereof anchored to n a projection 204 of n the 1 collar 5.202" andl the l other end to the stud200 on" the restraininga n I on i the restrainin'gf arrn 5199' ofiithe release it shaft-.flThea provisionvof; the "dog 43 and restrainin of a clerk E351 transactionkey, thatQSis, either *awsingle-itein amount keys, not shown,

5 i a n fplication, with L which the {present invention is associated; is to first? depress a cl'e17k7s key rock the'dOgAKand'rernovehthe[tooth197 870:

in contact with i the nose 1201; on 'the collar;

196 afterjdthe desired a have been fld'e presseiyi-n the machineofiw the Shipley the release sha 30, I thereby actuatingfthe control; b ar 40 to thereon from; the pathijof-Ithe projection 198 n n ai'ni '199 enforced thefdepression s key. The particular control or P f key, 64 1 or a .multiple-item key a 63, n then 9 "depressed; to disable] thewfspecial restrainfing" means i for the release shaft, shown kin:

after a starting key isn tideprfes sed toe di s place the regular-locking pawl,'1as shown: in

is p p p control keyc may. beE'depressedl first, after,

Shipleys patent, No. dated; Qcto-JL Itis not necessaryt howeveij to'j follow the exact" sequence of operations 'as the desired which L-a clerksj key @130 1 may be depressed In this latter =case,;'theitendency of the re-i lease shaft 196 [to ock clockwise under thef togrelease theginachinefon operation willbe clerks key 30 to disahlefthedOgA3therehy;

releasing the flastjrestriction on1-theoperf l wation of {thereleaselfshaft 196 whereupon i215 fast onjthelrelease shaft;rocksiJtheQre5 '60 tio nj, the stud 21 1ftraveliiig ltowards theT-up-y 1ever207 pivotallyinounted atj16 6 carrie 1 a 'pin-208atjts free end lnoi'niallj seated the tensioned l driveg lspring "210 J (Fig. 7) pressing againstthe ffsttid 214 on the: arm

lease'fshaftl torrents; machine for ;operaslottetlalink 212 su po t the latterin it's:

clockwise; as viefwed inlethe drawings, past its normal position,- to lrelease the depressed amount keys, (not shown) and toubring the machine to rest ins itsrr'homeposition; the shaft 196 being then t irned slightly clockwise by: the springf210 to its normalposi AA cam groove 205 inthefac'e olf the' cliive gear '173 coacts with, a stud. 206; projecting 'o thereinto from theuleverif207, to rock the lever first clockwisearid then counter clockwise to rnorlnalLATlie lever 207, lipon its clockwise travelg drawsthe link 212down+ wardly to rock the ar1n215 and release shaft 196 counter-clockwise.Hpastutheir vnormal.

hoine positions, thestud 214: havingassnmed qitsfpositiongat the top ofthe slot211when} themahhinexwas ireleased. for: operation.

Thef collar202 with its nose201 a (Figs; l and 4t). rocks with the release shaft 196 in normal-position against 1 the tendency of the T springi210 toiforcethe link downwardly; f [Near the endof each operationofthemachine, mechanism illustrated in? Fig. 7 tip-'1;

counter-clockwise direction past its normal home position, and one to: the. coil spring 2 0 3 the arrn 199 isrocked connter cloekwise 3 197 Yofkthe dog 43. Qr1'Ihefcam groove 205.: thenfloperates to Ir'aise the link 212; whereiipon thespring 210 rocks the shaft 196: and V arm'215ancl collar202:clockwisetonornial. I V i The nose 201Qof the: "collar 202, by its] icontact with the} :studf 20 Ol rocks 1 the arm 199' clockwise tonornial." The shaft196; arms.

215 and 199, andthe collar .202 are prevented from being rocked farthert in; a clockwise direction, 1 at this? time; :the restraining means disclosed in' Shipleys application and inwhis patent, No."1,602,'596, aboveiinen-i ;tioned;flg'l hereforeythe link 212, onlits up-j ward travel anclafter the shaft 196anolits i associated parts reach theirnormal positions, compresses the spring 210' preparatory detent bar; nevertheless, eon single-item en-w' :tering transactions and on total-taking 0p? tol' another operation '(if tlie:machine; fl he releas'eqsl1aftb196 on its: counter-clockwise travel doesnotoperatethe cletentbar 361 to release the depressed; clerks keys 30, which erations must be operateclto "enable the de l Q in pressed clerks key 30. to i return to: its doe r'nal position, thereby removing the key in V 34; from"theinclineil edg 4110ftheicontrol barw0, s0 that the latter dan be restored by n n the spring 5L4u(Fig. -4;1)T1acting upon the dog" '43, to restore,theftooth 197:to itsefiective n straining arm 199 and lock the machi nq-sfl a g'e ebw pr s edi i On; theoth 1 1 item multipleitemtwe t? a i s PP i I un l l s key it h era'tes to rock the release: shaft 196 counter; i

a a 1mm Wise; and releasing theerestraining erm1 199 1 to the action of its tensionfspring203, which leasing pawlk59 heretofore;described;

i The spring 203 rocks the restraining arm 199 .counter-clockwiseuntil it isarrested by i I to releasethefdepressedelerk s1keys30: r 1 The usual: spring me-sh wn thereilpon returns the depressed; key;-30i,to its normal outer osition. As theistiid 57 of there-i 3 ceiptiii contact of theflstud 200 againstthe shoulder'l 201 on thecollar 2O2-1'YIThereafterthe re ceipt feed segmented isrocked back to; its nornial position ingthe manner "described above, during which movement. the stud 57 thereon Wipes past? and j rocks the key 1 re" lease pawlvj59 clockwise oansing thej nose e ror the pawltostrikeflthe stud 625011 the i .detentlbariifiand shi ftyt'hetbarto-the right/"l rocks hthe control shaft 55s}counter-clocka wiseto normalposition toslide thetrip bara I236j-farther towards the right to its normal ed segment :46 escapes: from the key a release pawl59,the-pewllisrestored to idle positionby the spring 160; whereuponlthe spring 39 restores the :detent bar 365170" its normal" position preparatory to depression jfioi. another key 30.

Astheclepressed kej movestoits out ard position, hespringi i i igs." 2 and 14) rocks thedog 43 clockwiseto slidelthe con trol bar towardsithew right to itsnormal position; and to placethe tooth 197 ofthe dogin the path of thefprojection l98 onthe 1 f restraining .ar1n7 199, whereby the machine 35 1 fiuence" of; the;;spring"12 l, until jest zitthe 5 end of the. operation This, of :cour'se,fljdelays the return of the trip} bar {236; whi'eh willcontinn'e, therefore; to retainnthelatch lever 223 in. ineffective position ii'ntil qliite near thei end of the operationoftlie machine. I d When, at the endoif the operationfof the is jlockedi against release for operation: until awkey30 isagaindepressed. i!

jfjTli release sh a-ft lilti is not rockedConn-"i "tei -clockwi'se iintilf quite ne'ir the end ofthe, operation, but the; cam groove 163111 the cam disk lfi-i; (Fig. 7)xthrongh its train of 2' connecting niechanismjects to partially re- 1 1 store'the' control shaft ,55 during thesec'ond cycle} of the total taking 1 operation, which would slidejlthefitrip bar236towaiidkthe rightand permit thefspring 227 to re-estaba "lish effective engiigeinent of the: hook 226 with the shoulder I 228 so Rtliat i hen the cam groove 205" operates on the levert207 end link 212 w roek the shaft 196 dounter-elolck-ff 1 .Wise, the restraining arin 1 99f wonld-stilll be held il'l locked position. Hotvevie'r, it lwwill be? remembered that the t'a-iIg; 185 (Fig."f3) ofthe l86 delaysthe restoringmove-j Y Inent oftheeQntr'oI shaft inderthe h a i n a contro oftanyysingledtemrke =64 (Fi rix a i ofthe pitinan 186;theSpringQQLKEig;f6) [rocks the eontrol shaft 551 counter-elock, sliding the tripping bar towards thethe machine, to slide the towards the left andiro'ck the latching lever 2 23 clockwise lineflie etiveposition. These fartsjareheld inlthese positions with the etching hook 226 er the lever "223 clear of action of the spring 227 which now rocks the "latch leyer223 col nterrclockwise until the nose 226thereof restsnpon.thefperipheryg of the restraining; arm 199, which arm was" shortlylbefore restoredto its normal posi-l tionu;

right to frel'ease" tl e latch leverf223-to the LAfter theeompletionof the niiiltiple-itern tosiwithdraw the projection l i5rfrom beneath thearm llfi, Whereuponthe spring 121 i Fositijon apart from the stud 238 on the latoh everl239pto allow the lattergto snap into effective osition.

"Thns; the trip bar 236 throughits hook: 235,: retains ithe laitch lewer 223in idle pbsitionfwithdits hook 226 clearoftheishoulder 22811511 the restraining arm 199 until the Very end ofa nwoperati'on ofthefmachine, thereby pern itting the coil spring"203 to" rock} the restraining arm 199 counter-clockit Wise when the shaft 196 and'thecollar-202 are rocked "counter-clockwise near theend ofth'e operation; as set forth above. I

The idetent, b'art36 isnow free tobe slid tain the, restraining arm 199 effective to the operation. For thi'sfreason theeain arm 1091(Fig, 6) under thecontrolof a single item keyQfi -i rocks thecontrol shaft 55 clock isejearlyinlthe single iteln operation of tripping bar 236" towards the right bydepressionofa key-30, a preparatorytoanother operation of the ina-- chine. L it 'On singlet-item transactions, which are; completetransactions in themselves, itis not desired that; the latching lever 223 shall rethe shoulder 228. on the restraining arm 199, i as lon as theinachine is operated underfthe asset forth above. L a r i M ,7 a

Henceyalthoughvthe restraining annl99' rocks tointerpose its shoulder 221 ;int0 the path of release of the detent bar 36,the

latch lever 223 is notperinitted to engage theshonlder'228 onthe restraining armt Therefores-i whengthe releaseshaft 196 is reversely -rotated past its normal home posi tion near; the end of the operation ofithe:

machine, the spring connection 203hetween f 10 n Thus; the olerkskey bank isfcleared so. i that anotherelerk candepressihisown; key

the release I shaft and :the 'restraining arm 199 operates to restore the} latter with the releasew shaft to withdraw= the shoulder "221- from the path ofwthe detent bar 36, yvhere Liponthe feed segment 4L6; onfits counter f clockwiseretnrn to normaljeanses its-{stud '57 t'olrockithe release pawl 59 againstfthei stud 62 of the. detent bar dtoslide the latter' to the right (Fig; torelease the depressed elerkis key. I

previously to an operation of theimaehine. i

iyto a totaltaliing operation, which has left operation of the machine with a single item' key 64 .idepressed, during which operation .the-highsector 112 .(Figafi) of the cam arm adjusted.

t Hfnlfill-the :objects primarily:- stated, it is ceptible of embodiment in'varions formsafl Whatis clannedas neW,;1sk: L'In a machinerof theelass operation; a -manipu'lativelyi controlled Ydee tive keys and". a normally" restrained release Yshaftfadapte'd to be rocked toyifree the ma chine for operation'; of a lock for therelease r shaft key-operated means, to; disable the i.

"lockand releasetheshaft; afmanipnlativel controlledldetent to lo'ekwthe-akeysqinde-w pressed pos'itionor influndepressed position and an arm adapted to he rocked by jthe.

In-Fig; Qiof thnidra'wingsythe parts are: shownvwith the machine vat rest subsequent- But, in Figs. land 6, the parts are shotvni in-"the positions assumed subseqnentlyto an 109fhas been rocked beneath the projection 113;;on' the slotted armll iwhrehy, to shift the control shaft '55, lever 242 andtrip bar-- -236-to the positionssopposite those in which they are shown Fig. 2', the "parts remainingywherel shifted nntil otherwise:

i 0; shaft; a manipulativelycontrolleddetent While the form of mechanism herein shown and described is-admirahly adapted,

to be" understood that it I is nOfieintend'ed to eonfinethe invention to the one form or" embodimentherein-disclosed, for it"1s sus-.-

coming Within the scopeof'the claimsyvhich described vthe combinationfyvitha group ofrmanipu 'lative keys; and a normally restrained re-i lease shaft adapted-to berocked' to releasethe machine for operation; offla lock forwthe I releaselshaftv; key-operated?meansto disablethe lo'clnand freethev release shaft for" tent tolock the keys either kill depressed; p0

:- sition or inndepress edT position; and means ,positioned by the releaseffshaft as the'shaft moves Yfroni: normal positionfto' restrain the 1 I l detent against movementiito Hl'ilOCkiI1gposi:

non after the release shaftrreturns to normalwv a. 2. In a; machinejof theflelass described;

the i combination with a group of manipulla- 5 ti0n,l to obstruct movement of the jd'etcnt to "unlocking "poslti'onj' afterv th ef releasef sh afireturns to normaL combination WVitll'fl a group; of manipulative keys i and ya' 'normally restrained release shaft adaptedto be-roeked to free the chinefor operation;o f*a restraining armon 3. "In a machine of the described 3 the} shaft fin" its home position; key-operated l meansfto rock the dog tofreeflthe'shaft; *a manipnlatiyely controlled cletentf'tojloekthe keys infactnate'di position or innormal pesition; and means ion the restraining armadapted, whe'nthe release "shaft s rocked to" release the n'iachinefto leek the detentin" efieetive positionyt'o prevent theireturn to. normal position ofan actnatedkeygfandjthe actuation of anOther'key' 4 In a machine' of' the class described; the combinationwith a group of'manipnlative keys; and'a shaft adapted to he roekeclw 1 to releasethe {machine for operatiom of a restraining armjon the shaft, adapted tobe rocked: with thehshaft; azdog' cooperating];

With the restraining arm-fto restrain the shaft; key-operated means'to" disengage the dog-from, the restraining-arm to free the to lock keys'in' .depressedor .in uncl'e pressed position; means onl the restraining and means ie latch the restraining inretnrnslto normal. a

5. In. a machine of "the ideseribed';

to be rocked to release the machinefor oper ation; and a detent associatedwith the keys;

of an arm journaled on the release shaft and adapted, when roeked rinflone"direction;to flo'ekthe detent to:preyent alteration in the l 7 positions of the keysgy a leollanfast on the release shaft to roekthe --a r1n.to:1ocking pos'i tio'n; m'e ans to' restore thearmto normal moved position;

the: eombination 'With a gronp of mani'pu: latiye keys; a normally locked'shajft adapted; to be ioekedtorelease the machine ifor' operationgand a detentassociatedwith the keys; g of an arin'jonrnaled on thejrelease shaftfandadapted, when rocked V in one direction, to. j t loelcjthe detent to preventalteration inf-the positionsofthe keysf; a: collar fastonthe release shaft to roekthearm-toloekingp position -a nd means to restore the armto 7 normal position" 7 1 a 17; In amaehine oftheiclassjdescribed, the

.6. In, a jmachlne ofl its adjusted positionwhfenthe' release shaft?" .H is p s t onyand mea sto'latch the arm; in its a 16b theeombinatlon with a group;ofqmanlpu-jw lative keys; a normally looked shaft adapted the restrz'iiningj'membel fte its normal positipii aldog normally ehgztgedj with the L re t i m m er ip ven t iqn b he we ise s mm ire t ;;;;mensp p r+ rated y wh de r ed; edis nee the dog'Lfremthe restraihing"memberito free thel af i; dt ns 011 the ii fimin n fmniher ito lbck-thedeteht against releasing :f i ye'; ii de h t t t t t keys in depressedpesitlpnjendthe remainder "leasefthe machine fer bpeljav tiQi l awe-t streifiingfl mem her fjburhaled frelease "shaft eans fast onthe shaftitefinsure the.

rotation of the restralinifig member with the g release :shztftfin one direetiel i ;*means to" re- "store the restraining membef to its normal "position e dog 'nmfm erig ztgediwith1 the restraining member to pl event rotatio r lf p the releasejsheftfinirenedirection; means Qperated a; key, when depressed,: to dis engage the dogfi em the restraihingmember to free the shaft ;.1"ne'a'ns on the i'estreinii ig member render-eaeflebfiye byjadj lStmeljltbf the membeffliiiiohe directibmto hehl ithe *det'efit l against releasi tigriievement and: re-

leasable means t6 autofnatically "latchi the" restraining member in" -s In-a Mime bftthefcless describeijtheg combination with a group "of manipulatlve keys; anormally latchedsha ftf adapted to be rocked -t'o release the machine; and? a idetenitie'ssociated 'yvith thetkeysybf a mm;

, on the shaftedepted to be qekedgwith the shalftii one direction; t0 ilock. the detent against releasing moyenient meansftq latch the arm in its normel'qposition another 1 "means to leteh the iarhfz i n, position tol lpek 7 the detent; "means operated by depression oftjohe 0f the keys to disable the first rr'iert tioned latching means; and manip 1 11at1 ve1ycontrolled means to disablethesecond-men? tioned latehingmeans;

V 10. Ijn'e. achineof "the clessj c lescri bem i the combination with 1e; group of keys; a,

v shaft adaptedtofbe. rocked to release-the machine fer qperation t and, a releasable detent adapted to loekthekeys against release 1 0'1 depression; of an arrh i011 theshaftedapt led to be Adjusted byfthe shaft 150; leckthe the shaftQto lock thefdetentfin jiineanshto latch :the arm fpesition; Qina niplllatively-centrolledf means j'tofdisable thelatchingmeans; and meansto i k any e f he t hjlfeleaselb le. deterit associeted therewith ;j as rotet'zible shift; and meehs totiifnthesha-ft in, pppes lte i direetipnsyjef "el locking member f OllIIglfllQd on the shaft means t0 enforce I the -leekipg member by the lsha-ft whe tlirned one directi0n,t0 cause the; locking memhen to go-act with the de-} :tent tofhold;thejkeyeinthe positionseccue l a et 'the bginni ng of the iretatien tithe adjustment fef one direction,

eperetiens ef the; machine} and means lto maintain the latehihg means initS hOrmaI etidhs of the machine.

the keys against release and depression} Of an arm lopseionythe shaft and adjusted by rje storethe afmto normal position;

lfi12. ;In a machine offthe classdes cribed,

theeombinetiohwith Ta plurality of keys;

normally releasable detent associated therewith; rotatable shaft; and means to tu rnth e shaftin opposite directiqns; of a; locking; member -j0urne,1ed Qon the shaft;

'{he'ans to enforce adj ustment. of the 'leekin'g j-lperhher by the shaft when turned in one dikaetion, to Cause the flqcking member to 06- eet w ith *thedeter l t t0 holdfthekeys in the pes1ti0ns occupied at the beginning of the rotatlomof the sheitymeans to latch (the leaking member where;adjusted';j.means to rel eese the latch fan dQmeansQ to restei'e the IOCklII member tb normal position flipen the re ease o f theletehing means.

kunlatehingpesition during the other oper lhe, machine .Ofthe class described,

9 m nation with a plurality of, keys e 1ng means find means operable upon the ate i s g me n t tea e i kre in he: m inationiwith a plurality 50f keys";

af treleasablefdetefitl associated t erewith; a ,Fotatable shaft; and 7' ment n onedireetjen; end a "keykontrolled A ,leekingmmemhei V'i iermelly engaging the detent against Tele s%;fl l$j l hh f rm i its adj uste d p sition i g: a n:

means to en the shaft '3] 10v loosely fmeiiilted member and lmeans 'en the 

